This research reveals a framework that explains flat rotation curves without dark matter, indicating the role of gravitational flux and geometry in disk galaxies.
Key Points
The study aims to explain flat galactic rotation curves independently of dark matter using two principles regarding gravitational flux propagation.
Proposes the Gravitational Flux Area principle to redefine gravitational flux propagation in disk galaxies.
Introduces the Self-Reinforcing Feedback principle explaining mass concentrations and geometric configurations.
Analyzes the implications for galaxy alignment and the Tully-Fisher relation without invoking dark matter.
Flat rotation curves are explained without the need for dark matter.
Demonstrates a relationship between geometric properties and observed galactic dynamics.
Validates that Newtonian gravity and General Relativity describe local gravitational intensity.